Southport author working alongside Extraterrestrial Intelligence by Canadian team

Southport author and UFO researcher, Pat Regan, was recently contacted by UFO witness (Nathalie Savoie) who sent him some fascinating information as below…Local Effort to Search for Extraterrestrial Intelligence by Canadian team

A team of young Canadians wants to do something extraordinary; they want to put a satellite into low earth orbit that will be equipped to detect possible extraterrestrial craft.

Maple Ridge brothers David and Marcel Cote, along with Gianna Young, and Matthew Mills (who all possess degrees in various fields of expertise) came together to apply the tools of science to the controversial field of UFOs. Dissatisfied with current efforts to answer the question, “are we being watched by extraterrestrials” the group came up with a workable solution: putting a cost effective “CubeSat” into low earth orbit with instruments to detect high energy particles, cameras to capture images of objects detected and radar to track those objects. The Freedom of Information efforts that have given the public access to thousands of documents that contain data and witness testimonies related to extraterrestrial observation of humanity have left many with the impression that the ridicule aimed at supporters of ufology by sceptics in the media and in the various governments of the world appear to be orchestrated to discredit those individual investigators and control that information.

This team of Canadians feel, as many people in the world feel, that current efforts by governments regarding the issue of extraterrestrials watching us is pitifully lacking and upon learning of the CubeSat program decided that this was the direction that would have the greatest chance of yielding answers to that question. CubeSats are a type of standardized, modular satellite for research in space and are made up of 10×10×11.35 cm sized units each weighing up to 1.33 kgs each and can be a single modular satellite or be several linked to form a larger satellite. They are extremely cost effective and are intended for low Earth orbit. The team’s CubeSat will be capable of detecting and measuring various radiation sources which can then be visually confirmed with two nano-cameras operating with parabolic lenses for a 360 degree view around the satellite. They are also hoping to include a micro-radar system if they can secure a unit at reasonable cost (they are a very new and expensive technology), which would give them the ability to verify detected objects in space. The team’s goal is to secure $50,000 in funding for the project, which they are currently pursuing with crowd-sourced funding efforts at: